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Henry Cavill is reportedly attached to a Warhammer 40,000 series at Amazon Prime Video. As per Deadline, the actor is exploring multiple opportunities, with the aforementioned adaptation of the popular miniature wargame in the “more advanced stages” of development. Details are a little murky, but Cavill is attached to star in and executive produce it, in a way that caters to mainstream audiences. The 39-year-old star, who was brought back by Warner Bros. to play Superman once again, was let go earlier this week, as new DC Studios co-heads James Gunn and Peter Safran laid out their long-term plans for the future of the franchise.

According to The Hollywood Reporter, Amazon Studios is in the final stages of acquiring rights to Warhammer 40,000, whose board games are manufactured by Games Workshop. Akin to its video game series — which switches genre with each entry — the original board games are set in the distant future, where a stagnant human civilisation struggles to survive amongst hostile aliens and other supernatural creatures. It functions similarly to a Dungeons & Dragons game, in the sense that dice play a key role in the outcome, but adds miniature figures that players can move around in a model battlefield. The characters are usually equipped with armaments, ranging from firearms to primitive weapons imbued with magic powers. Diehard fans even prefer painting those models as a hobby, to give them a visual boost — something Cavill has flexed on social media in the past.

Shortly after accepting his return as Superman in the DC Universe for Warner Bros., Cavill exited Netflix’s mainline The Witcher series, in which he played the lead character, Geralt of Rivia. The role was passed on to Liam Hemsworth (The Hunger Games movies), who will portray the dark fantasy character, starting with The Witcher season 4.

As per Variety, that development hasn’t changed either, solidifying the end of Cavill’s run in the series. Meanwhile, Cavill’s return as the Kryptonian was shut down earlier this week, with Gunn planning a Superman film reboot based on the younger years of the hero.

It’s also worth noting that hours before reports about Cavill’s attachment to a Warhammer 40,000 series emerged, Rahul Kohli proposed a similar plan on his Twitter. “Hey Henry, f–k it, let’s make a Warhammer movie/limited series. Kind regards, Rahul,” the Midnight Mass actor said. Even Sex Education actor Asa Butterfield joined in on the fun, requesting to play a servitor — a wide class of mindless, cybernetic drones forged from a fusion of human flesh and robotic technology.

Amazon Studios has yet to make an official statement on the Warhammer 40,000 project. This wouldn’t be the only video game project at Prime Video though, with the platform officially ordering a God of War live-action adaptation whose existence had been first reported in March. The series will be set in the Norse mythology and will follow the same story as the critically-acclaimed 2018 video game, which follows a reserved Kratos journeying to the highest peak with his estranged son Atreus, forging a father-son bond that is tested at every hostile corner.

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Astronomers Spot Galaxy NGC 3640 With a Past of Consuming Smaller Galaxies

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February 25, 2025

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Astronomers Spot Galaxy NGC 3640 With a Past of Consuming Smaller Galaxies

An elliptical galaxy located 88 million light-years from Earth has been observed displaying unusual characteristics, with astronomers identifying it as a cosmic predator. The latest images captured by the Very Large Telescope (VLT) at the European Southern Observatory (ESO) indicate that the galaxy, designated NGC 3640, has a history of consuming smaller galaxies and may soon engulf another. The galaxy’s distorted structure and the faint, diffused light surrounding it serve as evidence of its turbulent past, as per reports. Positioned just above a smaller galaxy, NGC 3641, the larger body appears to be on a trajectory that could lead to a future merger. The study of such interactions provides insights into the evolutionary patterns of galaxies.

Evidence of Past Galactic Mergers

According to research published in Astronomy & Astrophysics, signs of previous mergers have been detected within NGC 3640. The structural distortions observed, coupled with the presence of older stellar populations, suggest that remnants of previously absorbed galaxies are embedded within its formation. Astronomers at the Italian National Institute for Astrophysics have analysed the remnants, with findings indicating that ancient stars from the original galaxy serve as markers of past collisions. The faint glow surrounding NGC 3640 is attributed to these past interactions, demonstrating the lasting effects of galactic mergers.

Upcoming Galactic Collision

Reports suggest that while NGC 3641 remains intact, its eventual fate may align with the ongoing patterns of NGC 3640. As galaxies interact, their gravitational forces distort their structures, often leading to eventual mergers. Current observations indicate no immediate impact on NGC 3641, implying that significant interactions have yet to begin. ESO officials have stated that galaxies undergo structural changes over time due to the absorption of gas and stars from their surroundings. This process has been linked to the unique shape and features displayed by NGC 3640.

Gravitational Influence and Cosmic Evolution

The gravitational forces exerted by approaching galaxies can trigger large-scale changes in their structures. Astronomers have been closely monitoring such interactions to gain a deeper understanding of galactic evolution. The observations made using the VLT provide an opportunity to study these cosmic processes in detail, with researchers continuing to track the potential merger between NGC 3640 and its smaller companion. The findings contribute to broader studies on the dynamic nature of galaxies and their role in shaping the universe over billions of years.

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Scientists Discover Declining Global Ocean Evaporation Amid Rising Temperatures

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February 25, 2025

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Scientists Discover Declining Global Ocean Evaporation Amid Rising Temperatures

A decline in global ocean evaporation has been identified over the past decade, despite rising sea surface temperatures. This shift challenges established climate models, which have long linked higher temperatures to increased evaporation. The unexpected trend was observed through satellite data analysis, revealing that evaporation rates started decreasing after 2008. Researchers suggest that changing atmospheric circulation patterns and reduced wind speeds may be influencing this reversal, highlighting the complexity of Earth’s climate system.

Study Reveals Key Climate Anomalies

According to the study published in Geophysical Research Letters, an assessment of ocean heat flux data was conducted by researchers from the Institute of Geographic Sciences and Natural Resources Research at the Chinese Academy of Sciences. It was found that while ocean evaporation had been rising from 1988 to 2008, a reversal occurred thereafter, leading to a decline between 2008 and 2017.

The study’s lead author, Dr. Ma Ning, told Phys.org that two-thirds of the global oceans have shown reduced evaporation rates since the late 2000s. This decline contradicts previous expectations that global warming would consistently drive higher evaporation levels. The research suggests that large-scale atmospheric circulation shifts, particularly in the Northern Oscillation Index, may be contributing to the changes.

Impact of Wind Stilling on Evaporation

A decline in wind speed, referred to as “wind stilling,” has been identified as a crucial factor in this unexpected trend. Lower wind speeds result in reduced surface turbulence, thereby limiting the exchange of moisture between the ocean and the atmosphere. The study indicates that this phenomenon may be linked to broader climate oscillations affecting atmospheric circulation.

Dr. Ma explained that while evaporation levels have declined, this should not necessarily be viewed as a weakening of the global hydrological cycle. Instead, it may be an indication of natural climate variability influencing regional and global weather patterns. Researchers continue to investigate how these findings may affect long-term climate predictions.

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Arabia Had Five Times More Rainfall 400 Years Ago, Study Finds

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February 25, 2025

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Arabia Had Five Times More Rainfall 400 Years Ago, Study Finds

Extreme rainfall in Arabia was five times more intense 400 years ago, as indicated by recent climate reconstructions. The data suggests that the region, currently defined by arid desert, once had significantly higher precipitation levels, resembling a lush savannah. The findings highlight the necessity for improved climate preparedness as urbanisation expands in the region.

Study Reveals Significant Rainfall Variability Over Centuries

According to the study published in Science Advances, researchers from the University of Miami Rosenstiel School of Marine, Atmospheric, and Earth Science discovered that the Arabian Peninsula had significantly higher rainfall over the last 2,000 years. The landscape, now barren, was once covered with vegetation and inhabited by wildlife such as lions, leopards, and wolves. Findings indicate that 200 years ago, rainfall was still double what it is today.

Deep-Sea Brine Pools Provide Uninterrupted Climate Record

As per reports, sediment cores were extracted from a deep-sea brine pool in the Gulf of Aqaba using a remotely operated vehicle (ROV) deployed from the research vessel OceanXplorer. The brine’s chemistry enabled the preservation of undisturbed sediment layers, allowing an accurate reconstruction of Late Holocene rainfall trends.

Implications for Climate Preparedness in the Middle East

Speaking to Phys.org, Sam Purkis, Professor and Chair of the Department of Marine Geosciences at the University of Miami Rosenstiel School, stated that the study underscores the importance of climate resilience as development projects like NEOM in Saudi Arabia reshape the region. The assumption of long-term climate stability is not reliable, according to Amy Clement, a Professor in the Department of Atmospheric Sciences at the same institution.

Urgency for Enhanced Flood and Drought Management

The Middle East, already vulnerable to extreme weather, faces rising instances of flash floods and droughts. The catastrophic flooding seen across the Arabian Peninsula in early 2024 reinforces the need to study historical rainfall patterns to improve disaster preparedness. Mattie Rodrigue, Science Program Director at OceanX, highlighted the importance of technological advancements in climate research to better predict future hydroclimate trends.

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